Just Add Power 3G+ AVP Ultra HD Over IP Receiver

Description

Just Add Power products lets you create any size of matrix of networked HDMI devices. HD over IP transmitters encode HDMI video for distribution over the local area network. Receivers decode the network packet back into a HDMI signal ready to be displayed on a screen. Second generation (2G) products support a maximum resolution of Full HD 1080p, whilst third generation (3G) products can distribute 2160p and HDCP 2.2 encrypted content.

3G is the latest evolution in HDMI over IP and has a suite of features tailored for professional integrators. 3G Ultra HD over IP models have primarily been created to accommodate the need within the CI industry to be able to more easily and more affordably distribute 2160p / Ultra HD / 4K content with HDCP 2.2 encryption to multiple displays (HDMI 2.0 or otherwise) over a local area network. Thanks to 3G's scaling capabilities, using purely 3G models of TX and RX makes any resolution of content up to and including 4K available on any integrated screen.

Key Features

Ultra HD & 4K video with HDCP 2.2

Built-in Scalar - Watch any source at 4K and 1080p

Stereo audio output with amp & delay*

Control endpoints with RS232 & CEC

USB over IP

Enhanced Video Wall with rotation

Image Play - Push, Pull & Pop

Specifications

Compliancy

HDCP 2.2 & RoHS/FCC/CE

Operating Temp

0-60 °C / 32-140 °F

Supported Resolutions

Up to 4096x2160(interlaced & progressive)

Dimensions & Weight

184 x 30 x 126 mm

7.2" x 1.2" x 5.0"

0.45 kg / 1.0 lb

Ports

Gigabit Ethernet

HDMI Out

3.5mm Stereo Out

3.5mm RS232 w/ null modem

USB 2.0 (x2)

Bandwidth

180-500 Mbps

Power Supply (not included)

~4.7 - 23V5.5mm/2.1mm, Positive tip

PoE

10 watts maximum

Equipment available to buy from this site is for professional use only. Please note in certain countries some products listed may not be available from A.C. Entertainment Technologies Ltd.

E&OE. Information is subject to change without notice. The rights and ownership of all trademarks are recognised.